Date	Day	Chapter/Section	Topics	Additional Notes
JAN 6	M	1.1, 1.2	Course introduction, vectors, gradient operator
JAN 8	W	1.2, 1.3	Gradient, divergence, and curl	lecture 2
JAN 10	F	1.4, 1.5	Spherical and cylindrical coordinates, the delta function
JAN 13	M	1.5, 2.1	The delta function, Coulomb's law
JAN 15	W	2.2	Divergence and Curl of electrostatic fields	lecture 5
JAN 17	F	2.2	Divergence and Curl continued, Quiz 1
JAN 20	M		Martin Luther King Jr. Day
JAN 22	W	2.2	Divergence and Curl continued, Gauss's law
JAN 24	F	2.3	Potential
JAN 27	M	2.3, 2.4	Potential, Work, Energy
JAN 28	T		Mid term 1 (8:20 pm tto 10:10 pm)
JAN 29	W	2.4	Work, Energy
JAN 31	F	2.5, 3.1	Conductors, Laplace equation solutions
FEB 3	M	3.1	Laplace equation solutions, Quiz 2 (HW 2)	lecture 12
FEB 5	W	3.1	Uniqueness theorems
FEB 7	F	3.2	Method of images
FEB 10	M	3.3	Solutions of Laplace's equation	lecture 15
FEB 12	W		Class to be rescheduled
FEB 14	F	3.3	Solutions to Laplace's equation
FEB 17	M	3.3	Solutions to Laplace's equation, Quiz 3 (HW 3)	lecture 17
FEB 19	W	3.3	Solutions to Laplace's equation
FEB 21	F	3.4	Multipole expansion
FEB 24	M	4.1	Polarization, Review at 6:15 pm, Room NPB 2205
FEB 25	T		Mid term 2 (8:20 pm tto 10:10 pm)
FEB 26	W	4.1	Polarization
FEB 28	F	4.2	Polarization and bound charges
MAR 3	M		Spring Break
MAR 5	W		Spring Break
MAR 7	F		Spring Break
MAR 10	M	4.2	Review of polarization and bound charges, constant P problem	lecture 23
MAR 12	W	4.3	Electric displacement	lecture 24
MAR 14	F	4.4	Electric displacement, Linear dielectrics	lecture 25
MAR 17	M	4.4	Linear dielectrics, Quiz 4 (postponed)
MAR 19	W	4.4	Linear dielectrics, work and energy, Quiz 4
MAR 21	F	4.4	Work, Forces on dielectrics
MAR 24	M	5.1	Magnetic fields	lecture 29
MAR 26	W	5.1	Magnetic fields, Quiz 5 (HW 5)
MAR 28	F	5.1	Magnetic fields due to currents
MAR 31	M	5.2	Biot-Savart law, Review at 6:15 pm, Room NPB 2205
APR 1	T		Mid term 3 (8:20 pm tto 10:10 pm)
APR 2	W	5.2, 5.3	Biot-Savart law, Divergence and Curl of B fields	lecture 33
APR 4	F	5.3	Ampere's law, Vector potential
APR 7	M	5.4	Vector potential, Boundary conditions	lecture 35
APR 9	W	5.4	Multipole expansion
APR 11	F	6.1	Magnetic materials
APR 14	M	6.2	Field of a magnetized object, Quiz 6 (HW 6)
APR 16	W	6.2, 6.3	Field of a magnetized object, The auxiliary field H
APR 18	F	6.4	Linear magnetic media
APR 21	M		ALC test (2 extra credits)
APR 23	W	6.4	Ferromagnets
MAY 2	F		Final exam (7:30 am to 9:30 am)